Good deeds, good life!
You’re describing a decentralized P2P platform for creating and hosting websites directly from users' PCs (no servers), featuring a visual editor like Adobe Flash and a rating system. It’s a hybrid of BitTorrent, Tor, Wix, and Web3.
Here’s how to implement it:
Wext4: The Complete Concept of a Universal Decentralized VR Internet
Wext4 = (Web + EXE + Torrent + 4D Metaverse)*
Platform Architecture (Concept)
1. Core (EXE Application)
Technologies:
a) Electron.js (cross-platform Chromium-based app).
b) IPFS (decentralized website storage).
c) WebRTC (P2P connections between users).
Functions:
a) Runs a local node (turns a PC into a server).
b) Displays a Zona-like interface (icons, content grid).
2. Website Editor (Adobe Flash + Wix Style)
Features:
a) Drag-and-drop blocks (text, video, 3D objects).
b) Pre-made templates for blogs, stores, portfolios.
c) Export as .exe (runs on the creator’s PC).
3. P2P Hosting (Like ZeroNet, but Simpler)
How it works:
User creates a site → files packed into an EXE archive.
When EXE launches:
a) Opens a port on the PC (via UPnP/NAT traversal).
b) Shares data via DHT network (like BitTorrent).
c) Other users connect directly to the source.
4. Hashtag-Based Search Engine
Algorithm:
Each site submits metadata (hashtags, description) to a decentralized index (like The Graph).
Ranking based on:
a) Active connections.
b) Likes/reposts within the platform.
c) Distributed Hash Table (DHT) search.
Tech Stack
a) Component Technologies
b) Frontend Electron + React.js
c) P2P Network IPFS + Libp2p + WebRTC
d) Editor Blockly (visual programming)
e) Search Elasticsearch + IPNS (decentralized DNS)
g) Security TLS 1.3 + Noise Protocol
Unique Features
✅ EXE Websites
mysite.exe = server + client. Launch it → site goes live.
✅ Offline Access
Visitors cache content → site stays alive even if the creator goes offline.
Monetization
Built-in NFT subscriptions (pay 0.001 ETH/month for premium content).
Challenges & Solutions
a) Problem: Slow speed (if host has bad internet)
Solution: IPFS caching + CDN nodes.
b) Problem: Censorship
Solution: Tor-like encryption + AI moderation.
с) Problem: Spam/low-quality sites
Solution: DAO moderation (token-based voting).
Example Use Case
1) A teacher creates an interactive textbook → publishes math.exe.
2) Students download math.exe → connect directly to the teacher’s PC.
3) The site ranks high in search under #algebra.
How to Launch the Project?
Prototype:
a) Build a simple editor using Electron + Blockly.
b) Add content distribution via WebTorrent.
Infrastructure:
Use IPFS for storage. Use Ethereum for ratings.
Monetization:
a) Selling premium templates for crypto.
b) Transaction fees.
c) Selling www.addresses for portals.
d) Premium subscriptions as payment for platform upgrades and development.
e) Lobbying for updates/features using crypto or dollars.
g) Direct platform support via user donations.
z) Selling/buying virtual pets (digital creatures).
x) System ad banners.
Future of the Platform:
a) Replacing WordPress: Anyone can create a site without hosting.
b) Anti-censorship: Governments can’t shut down sites (no central server).
c) Metaverse: EXE-sites with 3D content (like the 2000s, but on Web3).
d) Security: Built-in ethical AI moderation with smart search and rating systems.
Conclusion:
Your idea merges Flash-era nostalgia with modern P2P tech. The hardest part? Simplifying the editor to a “for kids” level—but it’s totally achievable!
Multi-Layered Security in Wext4
1. AI Moderator (DeepSeek-BOSS)
Functions:
Real-time content analysis:
a) Scans text, images, 3D objects for:
b) Children's content (CSAM) — via PhotoDNA + neural networks.
c) Extremism — comparison with terrorist organization databases (e.g. Global Terror Database).
d) Dangerous instructions (bombs, poisons) — NLP models trained on forensic databases.
TrustScore™:
Low-rated sites are hidden until DAO manually reviews them.
Technologies:
a) Local analysis (like Signal).
b) Zero-Knowledge Proofs (proves content is "clean" without revealing it).
DAO Judges (Human Oversight)
Users with WXT tokens vote to:
a) Block suspicious sites.
b) Overrule AI mistakes.
Rewards:
a) Tokens for correct votes.
b) Reputation loss for abuse.
Example:
If the AI has labeled a site as "extremist", but the DAO votes 60/40 to keep it, the content remains, but with the "Controversial" label.
3. Cryptographic identification
a) Mandatory verification (without KYC, but with anti-sibling protection):
b) To create a website, a deposit in WXT tokens is required (refundable if there are no violations).
c) Anonymous users can only read the content.
4. Emergency Measures
"Red Button" for real threats (e.g., terrorism planning):
a) Encrypts site data (preserves evidence).
b) Sends a report to Interpol/Europol.
c) Blocks access for everyone except law enforcement.
Balance between freedom and control
a) Risk: AI false positives
Solution: Appeal to DAO
Victims: Moderation speed
b) Censorship: AI (platform moderation on user's PC)
Solution: Public registry of decisions (in the blockchain)
Victims: Anonymity of violators
c) Risk: Attacks on AI
Solution: Decentralized models (Federated Learning)
Victims: Computing resources
Wext4 Integration
When creating a site:
a) The EXE file includes a cryptographic key for signing content.
b) AI scans templates before publishing.
When visiting:
a) The Wext4 browser checks TrustScore and warns the user (content age check (children, adults) ... 6+ or +18).
For 3D/VR content:
AI analyzes textures and 3D models for prohibited symbols (e.g. Nazi paraphernalia).
Example: How does it look to the user?
Step 1: You create a game site in the Wext4 editor.
Step 2: AI checks 3D models (for violence) → approves.
Step 3: DAO votes to include your site in the top 100.
Step 4: If someone adds malicious code, AI freezes the EXE file and sends a report.
What to do with violators?
a) First violation: Site is marked as "Not Secure" (requires CAPTCHA to access).
b) Repeated: EXE file self-destructs (via smart contract).
c) Criminal: Data is transferred to authorities without decryption (only by decision of DAO).
Why is this better than Web2 censorship?
a) There is no single center (like Meta or Google) that can abuse power.
b) Transparency: All AI and DAO decisions are recorded on the blockchain.
c) Incentives for honesty: The higher the reputation, the more influence in the DAO.
Conclusion:
Your DeepSeek-BOSS can become Wext4's "Cerberus" - a protector who does not stifle freedom, but does not let monsters in. The main thing is to maintain a balance:
a) AI - for speed.
b) DAO - for fairness.
c) Cryptography - for transparency.
d) Economy for survival and self-replication and development.
Wext4: The Complete Concept of a Universal Decentralized Platform
Wext4: (Web + EXE + Torrent + 4D Metaverse)*
1. Definition of Wext4
Wext4 is a hybrid P2P platform that combines:
✅ Websites in EXE format (launched from the user's PC, like torrent nodes).
✅ 3D/VR worlds with interactive objects, games and hidden content.
✅ Decentralized search and rating based on blockchain hashes and DAO moderation.
✅ Built-in crypto-economy (NFT, smart contracts, micropayments).
✅ AI moderator "Cerberus" for protection against illegal content.
Main functions
EXE sites (P2P hosting)
a) Each site is a program (.exe/.app) that:
1) Runs a local server on the author's PC.
2) Distributes content via a DHT network (like BitTorrent).
3) Can work offline (visitors cache data).
3D/VR worlds (like in games)
Built-in editor for creating:
a) Virtual rooms, museums, quests.
b) Interactive artifacts (for example, NFT chests with password access).
Gamification:
a) Search for Easter eggs, hidden rooms, digital treasures.
b) Magic NFT scrolls with spells (passwords) to access premium content.
Decentralized search
a) Hash tags + DAO rating determine positions in search results.
b) AI "Cerberus" marks dangerous content (terrorism, CSAM).
Crypto integration
a) Wallets: Support for MetaMask, Phantom, Keplr.
NFT tags:
a) Authentication via smart contracts.
b) Access to content: NFTs as “keys” (e.g. a virtual crystal opens a portal).
Micropayments:
a) Payment for content in WXT tokens (internal currency).
b) Royalties (10% from each NFT resale).
3. Security: Cerberus AI + DAO
AI moderator
1) Local analysis (on the user's device):
2) Checks text, images, 3D models for:
a) Childish content (neural networks + PhotoDNA).
b) Extremism (terrorist symbol databases).
c) Dangerous instructions (NLP models).
d) Zero-Knowledge Proofs: Proves that the content is "clean" without revealing it.
DAO moderation
a) Users with reputation vote to block controversial content.
Rewards:
a) Tokens for correct decisions.
b) Loss of reputation for abuse.
Emergency measures
a) In case of threats of real harm (terrorist attacks, violence):
b) Data is encrypted and transferred to the authorities.
c) The EXE file self-destructs.
4. Virtual Worlds and Gamification
NFT Artifacts
a) Runic Passwords: NFT scrolls with spells (access to closed areas).
b) Crystal Keys: One-time NFTs for paying for content.
c) Digital Treasures: Hidden in 3D worlds (e.g. rare NFTs in “dungeons”).
Sample Scenario
a) You enter a VR gallery (website in Wext4).
b) Find a magic mirror (NFT object).
c) Use the NFT scroll with the password → the mirror opens a hidden room with exclusive content.
5. Technologies
Component Technologies
1) EXE-sites Electron, IPFS, WebRTC
2) 3D-editor Three.js, WebXR, Unity (WASM)
3) Search The Graph, Elasticsearch
4) Blockchain Ethereum, Solana, IPFS
5) Security TLS 1.3, ZKP, Federated Learning
6. The Future of Wext4
a) Replacement of traditional hosting (sites live while the author is online).
b) Metaverse without corporations (all objects are NFT).
c) AI-democracy: Censorship not from above, but through DAO.
d) Business infrastructure of computing nodes (Corporations + private node farms)
Wext4: Expanded Concept with Corporate Nodes and 3D Projections
7. Corporate & Private Nodes
Corporations and private farms can participate in the Wext4 ecosystem by providing computing power for:
✅ Hosting heavy EXE sites (e.g. 3D museums or VR games).
✅ Rendering 3D projections (low ping cloud VR rooms).
✅ Mirroring content (speeding up loading times for remote users).
Node Monetization
1. Subscriptions and Rentals
Paid Plans (Monthly/Annual Subscription):
Basic: 10GB SSD + 1TB Traffic → $5/month
Professional: 100GB NVMe + 10TB Traffic → $50/month
Corporate: Dedicated Server + GPU Rendering → $500+/month
2. NFT Node Licenses
Each node receives an NFT certificate confirming its power.
Owners can resell NFTs on marketplaces (like virtual real estate).
Technologies for commercial nodes
Function Technologies
a) Hosting EXE websites: IPFS + Filecoin (decentralized storage)
b) 3D rendering: WebGPU, NVIDIA Omniverse, Unreal Engine
c) Mirroring websites: BitTorrent + DHT networks
d) Node management Smart contracts (Ethereum/Solana)
Example: Virtual shopping mall
A corporation deploys 100 nodes to render 3D stores.
Users enter the VR center → their clients connect to the nearest node.
Payment:
a) Tenants pay NFT rent for storefronts.
b) Nodes receive WXT tokens for traffic.
Balance between decentralization and commerce
Private nodes ≠ centralization if:
a) There are many of them (competition).
b) Data is duplicated in the P2P network.
DAO votes for:
a) Maximum tariffs (to avoid monopolies).
b) Disabling unscrupulous nodes.
Prospects
a) Gamedev studios will be able to host entire games in Wext4 (without Steam). P.S. - Workplaces for game design studios and virtual rooms and worlds (in the world of widespread robotization, this is very good...)
b) Marketplaces like Amazon will switch to 3D format with NFT goods.
c) Education: Universities will launch VR lectures on their nodes.
Conclusion: Wext4 is becoming the economy of the future, where:
a) Corporations earn on infrastructure.
b) Users get super-fast access to content.
c) Authors monetize their creativity without intermediaries.
d) The platform community earns on its development and support of AI (models) functionality and system evolution.
8. WextNet Network Resilience: "One Big Neural Network"
How does distributed architecture work?
WextNet is a hybrid of IPFS + WebTorrent + DAO, where:
Each site is an EXE node distributing content like in BitTorrent.
Users cache data, providing offline access.
Search works via DHT (like in Tor or I2P).
Advantages:
✅ No single point of failure (unlike centralized hosting).
✅ Censorship is almost impossible (like in ZeroNet, but with 3D/VR).
✅ The load is distributed between nodes (the more popular the content, the faster the loading).
Problems and solutions
a) Problem: Slow loading if the author is offline
Solution: IPFS caching + CDN nodes (corporate/private farms).
b) Problem: DHT attacks (Sybil attacks)
Solution: DAO reputation system + AI moderation.
c) Problem: Low speed for rare content
Solution: Node incentives (WXT micropayments for seeding).
2. Speed vs. Encryption
What level of protection is possible without slowdowns?
a) Encryption method: TLS 1.3
Strength: Bank level
Impact on speed: Minimal delays
b) Encryption method: Noise Protocol
Strength: Like Signal
Impact on speed: +10-15% to latency
c) Encryption method: PQ cryptography (post-quantum)
Strength: Maximum
Impact on speed: +30-50% to latency
Why won't there be a "wild" slowdown?
Local encryption: Data is encrypted on the user's device (like BitTorrent), not on the server.
P2P caching: Popular content is downloaded from nearby nodes (like CDN).
WebRTC: Direct connections between users reduce the load on the infrastructure.
3. Financial model: Who will provide the network and how?
Self-sufficiency through DAO and WXT tokens
Content monetization:
a) Paid subscriptions (NFT access).
b) Micropayments for premium content.
c) Advertising (without tracking, like in Brave).
Incentives for nodes:
a) Individual users: Receive WXT for distributing content.
b) Corporate nodes: Rent capacity (e.g. Amazon Nodes for VR stores).
c) DAO grants: Ecosystem development through voting.
Economy of scale:
a) The more users, the higher the speed (P2P effect).
b) Large players (e.g. educational platforms) will rent nodes for stability.
4. Сравнение с традиционными сетями
Bottom line: WextNet is slower than centralized CDNs, but:
For 80% of users (blogs, stores), the speed will be like BitTorrent (enough for HD content).
For heavy VR projects, you can rent corporate nodes (like in cloud gaming).
5. The Future of WextNet: When will it become "fast"?
Short-term (2025-2027):
Basic functionality (EXE sites, DAO, tokens).
Speed like ZeroNet + IPFS (~2-5 Mbps for media).
Mid-term (2028-2030):
Mass transition of corporations to nodes (e.g. virtual shopping malls).
DHT optimization + quantum-resistant encryption.
Long-term (2030+):
Web4.0: Full integration with metaverses (3D sites like Ready Player One).
AI optimization: Neural networks predict requests and cache content in advance.
Conclusion: WextNet is the "Internet of the future", but with realistic limitations
Speed: Sufficient for 90% of use cases (blogs, stores, VR rooms).
Security: Bank storage level (TLS 1.3 + Noise Protocol).
Resilience: Better than Tor + IPFS due to DAO and tokens.
Economy: Self-sustaining through micropayments and corporate nodes.
The main thing:
WextNet should not be faster than Google - it should be fast enough, free and indestructible.
Conclusion
Wext4 is a new generation internet where:
a) Websites are server-independent.
b) Content is interactive like in games.
c) Security is controlled by AI and users.
P.S. Your idea resembles a hybrid of Second Life, BitTorrent and Bitcoin — it can change the digital world!
"Wext4 (WextNet) is the internet as it should have been from the very beginning" © DeepSeek & Maxim Nasyrov.
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Source: AI (DeepSeek) edited by Maxim Nasyrov.
P.S. This article was not written by agents of influence, but is simply my form and measure of understanding of the ongoing processes as I see them.
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